A Treatise on the Kinetic Theory of Gases |
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Page 22
... value for every set , namely , the mean vis viva of each of the spheres , or quantity T. 3 2h ' Let us call this In the second place we have found that the distribution of the positions and velocities of each set of spheres is ...
... value for every set , namely , the mean vis viva of each of the spheres , or quantity T. 3 2h ' Let us call this In the second place we have found that the distribution of the positions and velocities of each set of spheres is ...
Page 24
... mean vis viva of any one of the spheres . There are however other well - known properties of gases which are not adequately explained on this hypothesis of elastic spheres , the most important of which is the numerical value of the ...
... mean vis viva of any one of the spheres . There are however other well - known properties of gases which are not adequately explained on this hypothesis of elastic spheres , the most important of which is the numerical value of the ...
Page 25
... mean vis viva from 7 to +7 , the volume remaining constant , then we must ... mean vis viva from 7 to 7 + 87 in this case . T Since the mass expands under the ... value as this is mercury gas , for which MM . Kundt and Warburg find it to ...
... mean vis viva from 7 to +7 , the volume remaining constant , then we must ... mean vis viva from 7 to 7 + 87 in this case . T Since the mass expands under the ... value as this is mercury gas , for which MM . Kundt and Warburg find it to ...
Page 34
... mean square of their velocity of translation . Therefore p , or the pressure referred to unit of surface arising from the action of any one set , is P and the total value of p is Σ ρ 1 m h , mh ρ where is the sum of the values of for ...
... mean square of their velocity of translation . Therefore p , or the pressure referred to unit of surface arising from the action of any one set , is P and the total value of p is Σ ρ 1 m h , mh ρ where is the sum of the values of for ...
Page 35
... mean value of the total kinetic mean kinetic energy of any molecule . For a molecule of the M set we have seen that the total kinetic energy T is expressed by the equation m T = 2 · ( u2 + v2 + w2 ) + f , where ƒ is equal to Q4924 + Q5 ...
... mean value of the total kinetic mean kinetic energy of any molecule . For a molecule of the M set we have seen that the total kinetic energy T is expressed by the equation m T = 2 · ( u2 + v2 + w2 ) + f , where ƒ is equal to Q4924 + Q5 ...
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Common terms and phrases
axis Balliol College Catalogus centre of mass cloth Codd component velocities Crown 8vo Demy 8vo density Dindorfii dv dw dx dy dz dy dz dt Edidit Editor elastic spheres encounters English Notes equal equation expression Extra fcap follows formerly Fellow function G. W. Kitchin Gaisford generalised coordinates Greek History hm c2 intermolecular forces Introduction and Notes kinetic energy Kinetic Theory last proposition Latin Ludwig Boltzmann mean value mean vis viva medium momenta motion number of collisions number of molecules number of pairs number of spheres Oriel College P₁ pairs of molecules pairs of spheres Pe-hxds plane potential energy pressure recensuit Robinson Ellis S.T.P. Tomi Scholia Schools Second Edition set of molecules sets of spheres stiff covers Third Edition Thomas Gaisford total number translated u+du University of Oxford v+dv variables W. W. Skeat w+dw
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